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Performance And Durability Assessment Optical Material For Solar Thermal Systems Michael Khl

  • SKU: BELL-4341412
Performance And Durability Assessment Optical Material For Solar Thermal Systems Michael Khl
$ 31.00 $ 45.00 (-31%)

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Performance And Durability Assessment Optical Material For Solar Thermal Systems Michael Khl instant download after payment.

Publisher: Elsevier
File Extension: PDF
File size: 5.94 MB
Pages: 378
Author: Michael Köhl, Bo Carlsson, Gary Jorgensen and A.W. Czanderna (Eds.)
ISBN: 9780080444017, 0080444016
Language: English
Year: 2004

Product desciption

Performance And Durability Assessment Optical Material For Solar Thermal Systems Michael Khl by Michael Köhl, Bo Carlsson, Gary Jorgensen And A.w. Czanderna (eds.) 9780080444017, 0080444016 instant download after payment.

Content:
Preface, Pages v-viii, Michael Köhl, Bo Carlsson, Gary Jorgensen, A.W. Czanderna
List of Contributors, Page ix
Chapter 1.1 - Introduction to the Performance and Durability Assessment of Optical Materials for Solar Thermal Systems, Pages 3-16, B. Carlsson, G. Jorgensen, M. Köhl
Chapter 2.1 - Optical Properties and Measurements, Pages 19-55, A. Roos
Chapter 2.2 - Performance Models of Solar Collectors and Systems, Pages 57-70, U. Frei
Chapter 2.3 - System Performance and Testing, Pages 71-84, U. Frei, H. Oversloot
Chapter 2.4 - Performance Requirements and Criteria, Pages 85-90, M. Köhl
Chapter 2.5 - Performance Indicators, Pages 91-94, M. Köhl, M. Köhl, G. Jorgensen
Chapter 3.1 - Environmental Stress Conditions, Pages 97-100, M. Heck, M. Köhl
Chapter 3.2 - Measurements of Environmental Stress Conditions and Evaluation for Service Life Prediction, Pages 101-110, S. Brunold, B. Carlsson, K. Möller
Chapter 3.3 - Evaluation of the Stress Conditions, Pages 111-124, M. Heck, M. Köhl
Chapter 3.4 - Correlation Between Microclimate and Macroclimate, Pages 125-137, Ole Holck, M. Heck, Michael Köhl
Chapter 4.1 - General Methodology, Pages 141-145, B. Carlsson
Chapter 4.2 - Initial Risk Analysis of Potential Failure Modes, Pages 147-157, B. Carlsson
Chapter 4.3 - Qualification Testing, Pages 159-173, B. Carlsson
Chapter 4.4 - Accelerated Indoor Testing, Pages 175-195, S. Brunold, M. Köhl, K. Möller, B. Carlsson
Chapter 4.5 - Service Life Prediction from Results of Accelerated Aging, Pages 197-224, B. Carlsson
Chapter 4.6 - Nonmechanistic Phenomenological Treatment of Glazings and Reflectors, Pages 225-234, G. Jorgensen
Chapter 4.7 - Outdoor Exposure Testing, Pages 235-253, G. Jorgensen
Chapter 4.8 - Analytical Techniques for Studying Solar materials Degradation Processes, Pages 255-270, K. Möller
Chapter 5.1 - Rain Tightness, Pages 273-278, O. Holck, S. Svendsen
Chapter 5.2 - Optimization of the Ventilation Rate in Flat-Plate Collectors, Pages 279-287, M. Heck, V. Kübler, M. Köhl
Chapter 5.3 - Guidelines for Limiting Environmental Stress Factors in Glazed, Ventilated Solar Collectors, Pages 289-296, O. Holck, S. Svendsen
Chapter 5.4 - Modeling of Microclimates, Pages 297-326, O. Holck, S. Svendsen
Chapter 5.5 - Ventilation Rate Testing Procedure, Pages 327-335, O. Holck
Chapter 6.1 - Screening Tests of Candidate Polymeric Glazings, Pages 339-348, G. Jorgensen
Chapter 6.2 - Case Study on Polymeric Glazings, Pages 349-387, G. Jorgensen, S. Brunold, B. Carlsson, M. Heck, K. Möller
Index, Pages 389-395

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